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Active Lightweight - End effector (ALE) for the collaborative Robotics

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  • 210pagine
  • 8 ore di lettura

Maggiori informazioni sul libro

Focusing on the design and evaluation of collaborative end effector systems for cobots, this thesis outlines a systematic approach based on ISO/TS 15066:2016. It categorizes customer demands into a macro framework and micro variables, analyzing parameters to assess collaborative safety levels. The work proposes tailored safety measures for identified risks and evaluates an industrial application, showcasing a novel adapter for the UR5 cobot and detailing its features for enhanced collaborative operation.

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Active Lightweight - End effector (ALE) for the collaborative Robotics, Liang Chen

Lingua
Pubblicato
2022
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Metodi di pagamento

Titolo
Active Lightweight - End effector (ALE) for the collaborative Robotics
Lingua
Inglese
Pubblicato
2022
Formato
In brossura
Pagine
210
ISBN13
9783961001774
Serie
Descrizione
Focusing on the design and evaluation of collaborative end effector systems for cobots, this thesis outlines a systematic approach based on ISO/TS 15066:2016. It categorizes customer demands into a macro framework and micro variables, analyzing parameters to assess collaborative safety levels. The work proposes tailored safety measures for identified risks and evaluates an industrial application, showcasing a novel adapter for the UR5 cobot and detailing its features for enhanced collaborative operation.